Our laptop stamping parts are precision-manufactured components tailored for laptop chassis, brackets, and internal structural assemblies. Made of high-quality cold-rolled steel, aluminum alloy, or magnesium alloy, these parts undergo advanced stamping, deburring, and surface treatment processes to ensure consistent dimensions and smooth edges.

Designed to meet strict laptop industry standards, the parts feature excellent rigidity and corrosion resistance, effectively supporting the stable operation of internal components while reducing the overall weight of the device. They are compatible with mainstream laptop models, enabling seamless integration into assembly lines.

With precise hole positions and snap-fit structures, these stamping parts enhance assembly efficiency and reduce post-processing workloads. We provide customizable specifications based on customer drawings, ensuring full alignment with diverse laptop design requirements. Reliable in quality and cost-effective, our laptop stamping parts are ideal for laptop manufacturers pursuing stable supply and high-performance components.

Our High-end oven stamping parts are precision-manufactured components tailored for premium household and commercial ovens. Crafted from high-quality heat-resistant steel and aluminum alloys, these parts undergo rigorous cold and hot stamping processes to ensure consistent dimensions and tight tolerances, fitting seamlessly with oven shells, door frames, heating element brackets, and internal support structures.

Designed to withstand long-term high-temperature baking environments without deformation or corrosion, they enhance the oven’s structural stability and operational safety. Each part is subject to strict surface treatment—deburring, anti-rust coating, and heat-resistant spraying—to meet food-grade safety standards.

Suitable for custom matching with various oven models, these stamping parts are easy to install and maintain, reducing post-sales maintenance costs for manufacturers. We provide standardized and customized solutions to meet diverse oven production needs.

This Automatic Riveting Mold for Large Computer Machine Base integrates seamlessly with a robotic arm to realize automated rivet feeding and workpiece transfer. The robotic arm precisely delivers rivets to the mold’s designated positions, eliminating manual positioning errors. After the stamping machine completes stable, uniform riveting, the arm immediately transfers the processed machine base components to the next workstation in the production line.

Tailored for large computer machine bases, the mold features a sturdy structure that adapts to the workpiece’s size and riveting stress requirements, ensuring consistent connection quality. By replacing manual operations, the equipment reduces labor intensity, cuts down on human-induced defects, and boosts overall production efficiency. It is a reliable, practical auxiliary device for manufacturing enterprises aiming to optimize their assembly processes.

This Deep drawing mold for front and rear wheels of two-wheeled electric vehicles is a specialized tool for manufacturing metal front and rear wheels of two-wheeled electric vehicles. As one of the pioneer mold manufacturers to replace traditional plastic wheels with metal ones, our company developed this mold to address the limitations of plastic wheels in load-bearing capacity and durability.

The mold adopts precise deep drawing technology, ensuring consistent shape and size of metal wheel blanks, which effectively improves the structural stability and service life of electric vehicle wheels. Its reasonable cavity design enables smooth material forming and reduces production defects, lowering post-processing costs for manufacturers.

Now widely adopted by the industry, this mold supports the upgrade of electric vehicle wheel components, helping enterprises enhance product quality and market competitiveness.

This Continuous mold for automotive motor housing is engineered specifically for high-volume, precision production of automotive motor housings and small-sized auto parts. It features a streamlined, integrated stamping and forming process that ensures rapid, consistent manufacturing with minimal downtime.

Crafted with high-hardness alloy steel components, the mold delivers excellent wear resistance, maintaining dimensional accuracy even after long-term continuous operation. Its modular design allows easy maintenance and quick replacement of damaged parts, reducing production interruptions. Tailored to meet the tight tolerances of automotive motor housings, it ensures uniform wall thickness and precise fitting surfaces, matching the assembly requirements of automotive powertrain systems.

Ideal for mass production scenarios, this mold balances speed and stability, helping manufacturers optimize production efficiency while upholding strict quality standards for automotive components.